Tiny 'CubeSats' Could Be Used as Accurate Weather Satellites
Rahul Kalvapalle — January 30, 2015 — Tech
San Francisco-based startup Spire is looking to use a network of tiny weather satellite CubeSats to provide exceptionally accurate weather forecasts. The aim is to use a linked network of over 100 CubeSats, each of which is about the size of a shoebox, that will make use of GPS technology to gather over 100 times the amount of weather data than currently possible. The first 20 satellites are set to be launched later this year.
Each CubeSat will cost less than typical full-sized weather satellites but will offer more computing power. Moreover, their software can be remotely upgraded via radio transmissions from ground level.
This is a great example of how scientific innovation can be used to reduce costs while improving the value of a service.
Each CubeSat will cost less than typical full-sized weather satellites but will offer more computing power. Moreover, their software can be remotely upgraded via radio transmissions from ground level.
This is a great example of how scientific innovation can be used to reduce costs while improving the value of a service.
Trend Themes
1. Cubesat Weather Forecasting - Using a network of small CubeSats to provide accurate weather forecasts by gathering large amounts of weather data.
2. Remote Upgradable Satellites - Satellites with the ability to upgrade their software remotely, reducing costs and improving their capabilities.
3. Highly Accurate GPS Weather Data - Using GPS technology to gather over 100 times the amount of weather data, leading to more accurate forecasts.
Industry Implications
1. Weather Forecasting - Utilizing CubeSats and GPS technology to revolutionize the accuracy of weather forecasts.
2. Satellite Technology - Advancing satellite technology with the development of remote upgradability and increased computing power.
3. Data Analytics - Leveraging the large amount of weather data collected by CubeSats to enhance data analytics and predictive modeling for better forecasts.
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